Introduction
Clause 8.1 is where your EMS moves from planning to action. It asks: For each significant environmental aspect, what will you do to prevent harm?
This is not vague; it is specific. For energy consumption (significant aspect EA-001), operational control might include:
– Energy monitoring procedures (daily check-ins on consumption)
– Equipment maintenance schedules (to maintain efficiency)
– Staff behaviour standards (turn off lights; adjust HVAC setpoints)
– Escalation process (if consumption spikes unexpectedly, investigate)
A weak operational control approach leads to:
– Significant aspects unmanaged in daily operations
– Staff unaware of what to do to protect the environment
– Incidents (spills, uncontrolled emissions, waste mishandling) occurring because no procedure existed
– Auditor findings of “inadequate operational control”
This guide walks you through identifying which operations need controls, the four types of controls, how to design procedures, how to manage outsourced services (a key 2026 focus), and worked examples by sector.
Clause 8.1 Requirements: What You Must Have
ISO 14001:2015 requires:
- Plan and implement operational controls for activities/products/services that have significant environmental aspects
- Maintain documented information describing the controls (procedures)
- Apply controls under normal and abnormal conditions (start-up, shutdown, maintenance, emergency)
- Ensure controls are followed by staff (training, monitoring, corrective action if not followed)
- Implement controls for externally provided processes (suppliers, contractors, outsourced services) — this is strengthened in 2026 guidance
- Review and update controls when context changes (new equipment, new procedure, new regulation, process change, incident)
Identifying Operations That Need Controls
Not all operations need controls. Only operations related to significant environmental aspects need formal operational control.
Step 1: Link Significant Aspects to Operations
From Clause 6.1, you have identified significant aspects. For each, ask: “What operation or activity causes this aspect?”
| Significant Aspect (from Clause 6.1) | Related Operation | Location | Frequency |
|---|---|---|---|
| EA-001: Electricity consumption for manufacturing | Operation of manufacturing facility (compressors, heating, lighting, machinery) | Production floor | Continuous |
| EA-002: Manufacturing waste generation | Production processes that generate scrap, off-spec product, packaging waste | Production floor + packaging area | Continuous |
| EA-003: Spill risk (hydraulic fluid, solvents) | Maintenance activities; equipment handling; storage | Maintenance workshop; production areas | Abnormal/Episodic |
| EA-004: VOC emissions from solvent-based coatings | Coating application process | Coating booth | Continuous |
| EA-005: Wastewater discharge | On-site wastewater treatment plant; cleaning operations | Treatment plant; facility | Continuous |
| EA-006: Supply chain transport emissions | Inbound raw material delivery; outbound product shipment | Logistics | Continuous |
| EA-007: Product design for recyclability | Design and engineering process | Design office | Normal (per product cycle) |
Step 2: Assess Severity and Frequency
Which operations pose the highest risk if they go wrong?
| Operation | If Control Fails, What Happens? | Severity | Frequency | Risk Level |
|---|---|---|---|---|
| Electricity consumption monitoring | No one notices energy spike; consumption increases 20% undetected for months | Medium (cost impact) | Continuous | Medium |
| Waste segregation procedure | Non-segregated waste goes to landfill; recyclables contaminated; cost and disposal issue | Medium (cost + environmental) | Continuous | Medium-High |
| Spill containment | Hydraulic fluid spills into stormwater drain; groundwater contamination; regulatory breach; cleanup $50k+ | High (environmental + regulatory + cost) | Rare but high-impact | High |
| Coating application | Solvent emissions exceed local air quality standard; off-site air quality degradation; community complaint; regulatory inspection | High (community + regulatory) | Continuous | High |
| Wastewater treatment | Plant malfunction; untreated wastewater discharged; EPA breach of license; fish kill; compliance violation | Critical (environmental + regulatory + reputation) | Rare but catastrophic if occurs | Critical |
Operations with “High” and “Critical” risk require formal operational controls.
Step 3: Determine Control Strategy
For each high-risk operation, ask: “What control approach makes sense?”
| Operation | Control Type | Rationale |
|---|---|---|
| Energy consumption | Engineering + Operational + Management | Install monitoring; train staff; review trends; act on anomalies |
| Waste segregation | Operational + Awareness | Clear procedures; labelled bins; staff training; spot-checks by supervisor |
| Spill containment | Engineering + Operational | Secondary containment system; spill kits; staff training; drill annually; incident plan |
| Coating application | Engineering + Operational | Capture system (extraction hood); solvent selection (low-VOC); ventilation maintenance; monitoring |
| Wastewater treatment | Engineering + Operational + Management | Treatment plant design; qualified operator; daily monitoring; preventive maintenance schedule; emergency response plan |
Four Types of Operational Controls
ISO 14001 does not prescribe control types. In practice, organisations use four categories (often called the “hierarchy of controls”):
1. Engineering Controls (Elimination or Substitution)
What it is: Design or modify the operation to eliminate or reduce the aspect.
Examples:
– Energy: Install LED lighting (eliminates old incandescent inefficiency); upgrade motor to high-efficiency (reduces electricity needed)
– Waste: Redesign packaging to reduce material; adjust production process to reduce scrap
– Emissions: Install capture/extraction system (eliminates uncontrolled VOC release); switch to water-based coating (eliminates solvent emissions)
– Spills: Secondary containment system (prevents spill from reaching environment); double-walled tank (eliminates single-wall leak risk)
Effectiveness: Highest; prevents the aspect from occurring in the first place
Cost: Often higher upfront capital; but best long-term ROI
2. Operational Controls (Administrative Procedures)
What it is: Define how the operation must be performed to prevent harm; train staff to follow.
Examples:
– Energy: Procedure for turning off equipment when not in use; HVAC setpoint schedule; daily meter reading log
– Waste: Waste segregation checklist; location of bins clearly marked; weekly waste audit
– Spills: Procedure for handling hazardous materials; checklist before using; incident reporting process
– Emissions: Solvent inventory tracking (prevents overuse); coating application procedure (technique to minimise overspray)
Effectiveness: Medium; depends on staff compliance
Cost: Low upfront; ongoing training and monitoring required
3. Management Controls (Monitoring and Review)
What it is: Monitor the operation to ensure it is performing as intended; review trends; escalate if issues emerge.
Examples:
– Energy: Monthly power meter readings; trend analysis vs. baseline; investigation if consumption > 5% above expected
– Waste: Monthly waste stream audit (sample, weigh, categorise); track diversion rate; review for contamination
– Spills: Monthly safety walk-through inspecting containment systems; quarterly drill; incident trending
– Emissions: Equipment air quality monitor; monthly calibration; trend reporting
Effectiveness: Medium-High; catches issues early; enables continuous improvement
Cost: Low to medium (equipment, labour for monitoring)
4. Personal Protective / Work Practice Controls (Last Resort)
What it is: Protect the person or environment if engineering and operational controls are insufficient.
Examples (rarely the primary control for environmental aspects):
– Spill cleanup: Personal protective equipment (gloves, apron) for staff handling spill
– Emissions: Respiratory protection if engineering extraction fails (temporary; not primary control)
Effectiveness: Low (does not eliminate the aspect; only protects if occurs)
Cost: Low upfront; but indicates other controls are weak
Best Practice: Layered Controls
Combine control types for robustness. Example: Coating application facility
| Control Type | Specific Control | Effectiveness |
|---|---|---|
| Engineering | Extraction/capture hood over coating booth; filters replace at prescribed interval; water-based coating substitution | Eliminates 90% of VOC emissions |
| Operational | Coating application procedure (technique, airflow, temperature); inventory management (only dispense what’s needed); waste solvent handling (drip tray, sealed container) | Prevents additional 5% emissions; controls remaining solvent waste |
| Management | Monthly filter inspection; air quality monitor; quarterly trend report; investigation if monitor reads >50% of limit | Catches degradation early; identifies equipment issues |
| Work Practice | Respiratory mask available (if hood fails); spill kit on-site; staff trained in emergency response | Last resort if engineering/operational fail |
Result: Robust control of VOC emissions; multiple layers ensure that if one control weakens, others still protect.
Designing Operational Control Procedures
Procedure Structure
A good operational control procedure includes:
- Purpose (why this procedure exists)
- Scope (when it applies; who does it)
- Responsibility (who is accountable; who does the work)
- Procedure (step-by-step; make it clear and visual)
- Monitoring (how you check compliance; frequency)
- Records (what must be documented)
- Review (when the procedure is reviewed; trigger for update)
Worked Example: Waste Segregation Procedure
PROCEDURE: Waste Segregation and Management
ID: EMS-PRO-003
Version: 2.1 | Issue Date: 1 February 2026 | Approval: Operations Manager + EMS Coordinator
PURPOSE
To ensure that manufacturing waste is properly segregated, routed to appropriate disposal pathways
(landfill, recycling, composting, incineration), and tracked to monitor performance against
the objective of 75% waste landfill diversion by 2026.
SCOPE
Applies to all staff generating waste on the manufacturing facility: production floor, packaging area,
maintenance workshop, offices. Applies to normal operations and abnormal conditions (changeover,
cleaning, maintenance).
RESPONSIBILITY
- Shift Supervisor: Ensures waste segregation is followed by team; conducts weekly waste audit
- All staff: Segregate waste correctly at point of generation; report if bin is full or contaminated
- EMS Coordinator: Tracks waste volumes; reports monthly to operations; updates procedure if needed
- External waste contractor: Collects waste weekly; reports volumes and contamination to site
PROCEDURE
Step 1: Identify Your Waste Stream
At your workstation or area, identify what waste you are generating:
- Production scrap (off-spec product, trim, edge waste)
- Packaging (cardboard, plastic film, foam)
- Paper/cardboard (office, labels)
- Compostable material (food waste from break room)
- Hazardous waste (oily rags, solvent containers, batteries)
- General waste (non-recyclable, non-compostable)
Step 2: Find the Correct Bin
Five coloured bins are provided at each location:
- BLUE bin: Cardboard and paper (crush/flatten to maximise bin space)
- YELLOW bin: Plastic film and packaging (remove excess tape; separate mixed packaging)
- GREEN bin: Food waste and compostables (no plastic, no contamination)
- RED bin: Hazardous waste (only oils, solvents, batteries, electronics; label if unclear)
- BLACK bin: General non-recyclable waste (residual)
Visual guide: Laminated poster at each waste station shows examples of what goes in each bin.
Step 3: Place Waste in Correct Bin
- Do not overfill; if bin is >80% full, alert Shift Supervisor for emptying
- Do not mix waste streams (if you put cardboard in plastic bin, whole bin is contaminated)
- If unsure, ask your Supervisor or EMS Coordinator (better to ask than contaminate)
- Do not force items into bins; use the baler (cardboard) or compactor (film) if available
Step 4: Report Issues
- If bin is overflowing: Alert Shift Supervisor immediately
- If you see contamination (e.g., plastic in cardboard bin): Remove the contaminating item if safe; report to Supervisor
- If waste category is unclear (e.g., "Is this hazardous?"): Ask EMS Coordinator or refer to Hazardous Waste Identification chart
Step 5: Supervisor Audit
Once per week, Shift Supervisor conducts a waste bin audit:
- Open each bin; visually check for contamination
- If contaminated, separate the waste (salvage clean material; dispose contaminated)
- Record on Waste Audit Checklist: date, bins checked, contamination found (if any), corrective action
- Share findings with team at next toolbox talk; praise if bins are clean; re-train if contamination found
MONITORING
Frequency: Continuous (at point of generation) + Weekly (Supervisor audit) + Monthly (EMS report)
Checklist:
- Weekly Waste Audit Checklist (Supervisor completes): Bins checked [ ], Contamination [ ], Corrective action [ ]
- Monthly Waste Tracking: Total volume by stream (kg or bins); contamination rate (%); diversion rate (%)
Data collected and reviewed:
- Contamination rate target: <5% (volume of contaminated material ÷ total waste)
- Diversion rate target: 75% (recyclable + compostable + reused ÷ total waste) [This feeds into OBJ-002]
RECORDS
Records to maintain:
- Weekly Waste Audit Checklist (filed by Shift Supervisor; reviewed by EMS Coordinator monthly)
- Monthly Waste Tracking Report (volume by stream; diversion rate; trend vs. target)
- Waste contractor pickup tickets (verify volumes and stream breakdown)
- Training records (all staff trained on procedure; new staff within first week)
- Incident reports (if significant contamination or mishandling occurs)
Retention: 3 years (as per document control procedure)
REVIEW
Procedure reviewed: Annually (at management review) OR sooner if:
- New waste stream identified (e.g., new product generates new waste type)
- New contractor engaged (procedure may need updating for their requirements)
- Contamination rate exceeds 10% for 2 consecutive months (indicates procedure unclear; needs simplification)
- Facility change (new bin locations; reorganisation)
Approval for any update: Operations Manager + EMS Coordinator
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APPENDIX A: HAZARDOUS WASTE IDENTIFICATION GUIDE
Examples of hazardous waste (goes in RED bin):
- Oily rags, oil-soaked cardboard (flammable)
- Solvent containers, paint cans (toxic fumes, flammable)
- Lead acid batteries (corrosive, heavy metal)
- Fluorescent tubes, LED bulbs (mercury/hazardous material)
- Old electronics (copper, rare earths, hazardous material)
Examples of general waste (goes in BLACK bin):
- Plastic that cannot be recycled (film with mixed contaminants)
- Non-compostable food (meat, fish, dairy)
- Broken ceramics, glass (non-recyclable)
Questions? Contact EMS Coordinator: ems@abcmanufacturing.com.au or ext. 2150
Externally Provided Processes: The 2026 Focus
ISO 14001:2024 strengthens requirements for controlling environmental aspects of outsourced activities. This includes:
- Contracted manufacturing services
- Logistics and transport partners
- Waste disposal and recycling contractors
- Equipment maintenance service providers
- Facility cleaning services
- Product design/engineering outsourced work
What You Must Control for External Providers
- Identify which external activities affect significant environmental aspects
- Does your logistics partner’s transport choice affect EA-006 (transport emissions)? Yes → control required
- Does your facility cleaning service use hazardous chemicals affecting EA-003 (spill risk, wastewater)? Yes → control required
-
Does your waste contractor’s practices affect EA-002 (waste diversion target)? Yes → control required
-
Define your environmental requirements in contracts
- SLA: Service Level Agreement including environmental performance metrics
- Specific actions the contractor must take (e.g., “Use 80% electric vehicles by 2027”; “Route shipments to minimise fuel consumption”)
- Reporting requirements (monthly data on CO₂, waste volumes, incidents)
-
Audit rights (you can audit their facilities, records, practices)
-
Monitor contractor performance
- Track data they provide (monthly reports)
- Conduct audits (annual or biennial)
- Escalate if performance is below standard
-
Work jointly on improvement plans
-
Ensure they are trained and competent
- They understand your environmental requirements
- Their staff are trained to deliver (e.g., waste contractor staff know which waste stream is which)
- They have EMS or equivalent (certification preferred but not required)
Contractor Control Procedure Template
PROCEDURE: Management of Externally Provided Processes
ID: EMS-PRO-008
Version: 1.0 | Issue Date: 1 February 2026
PURPOSE
To ensure that contractors and external service providers (logistics, waste, maintenance, cleaning,
engineering) who perform activities affecting our significant environmental aspects meet our
environmental requirements and contribute to our EMS objectives.
SCOPE
Applies to all contracted services where environmental impact is possible:
- Logistics and transport (inbound raw materials, outbound products)
- Waste collection, recycling, disposal
- Equipment maintenance and repair services
- Facility cleaning (on-site or contracted)
- Equipment installation, modification, removal
- Engineering and design services (outsourced product design)
- Temporary labour/staffing for environmental-sensitive roles
PROCESS
1. Contractor Selection and Evaluation (Pre-Award)
Purchasing responsible for:
a) Identifying the activity and whether it affects significant environmental aspects (check SEA register)
b) If yes, obtaining quotes from at least 2–3 potential contractors
c) Evaluating using supplier scorecard including:
- Environmental management system (ISO 14001 preferred; not required but weighted)
- Specific environmental performance capability for this service
* Logistics: fleet composition (% electric vehicles); emission reduction targets; fuel tracking
* Waste: diversion rate; recycling/composting capabilities; hazardous waste handling certification
* Maintenance: spill response training; chemical handling safety; waste disposal procedures
- Track record / references (contact previous clients; ask about environmental performance)
- Cost (environmental performance should not be traded off solely for lowest cost)
d) Making recommendation to Procurement Manager with environmental rationale
Example evaluation matrix:
| Criterion | Weight | Contractor A | Contractor B | Contractor C |
|-----------|--------|--------------|--------------|--------------|
| Logistics: Fleet EV % | 25% | 15% (Score: 60) | 25% (Score: 100) | 5% (Score: 20) |
| Carbon reduction plan | 20% | Yes, 15%/year (Score: 80) | Yes, 25%/year (Score: 100) | No (Score: 0) |
| Reference / track record | 20% | Good (Score: 80) | Excellent (Score: 100) | Fair (Score: 60) |
| Cost | 20% | $180k (Score: 70) | $200k (Score: 50) | $150k (Score: 100) |
| Certification (ISO 14001) | 15% | No (Score: 0) | Yes (Score: 100) | No (Score: 0) |
| **TOTAL SCORE** | — | 65/100 | 90/100 | 42/100 |
Recommendation: Contractor B (highest score; aligns with our environmental strategy)
2. Contract Terms
Procurement Manager includes in contract:
a) Specific environmental requirements for the service:
Example (Logistics): "Contractor shall use 50% electric vehicles (by tonne-km) within 12 months;
increase to 70% within 24 months. Monthly reporting of vehicle type, fuel/energy consumed,
CO₂ per tonne-km. No air freight except for emergency orders."
b) Performance metrics / SLA:
Example (Waste): "Contractor shall achieve 75% waste diversion (recyclable + compostable ÷ total).
Monthly reporting of waste volumes by stream. Contamination <5%. Quarterly joint review."
c) Audit rights:
"ABC Manufacturing may audit Contractor's facilities, records, and practices annually (or sooner
if performance issues). Contractor must provide access within 5 business days of notice."
d) Incident reporting:
"Contractor shall report any environmental incidents (spills, breaches of regulatory requirements,
customer complaints) within 24 hours."
e) Right to terminate or penalise:
"If performance metrics not met for 2 consecutive reporting periods, ABC Manufacturing may
impose penalties (e.g., 5% fee reduction) or terminate contract."
3. Monitoring and Review (Ongoing)
EMS Coordinator responsible for:
a) Receiving monthly performance data from contractor
b) Tracking against SLA metrics (e.g., CO₂ per tonne-km, waste diversion rate)
c) Flagging if metric not met; requesting corrective action plan from contractor
d) Conducting annual audit:
- Visit contractor facility (if feasible)
- Review records: fuel logs, waste tracking, training records, incident reports
- Interview staff on environmental procedures
- Assess compliance with contract terms
e) Meeting quarterly with contractor (Procurement + EMS) to review performance, plan improvements
f) Escalating to Procurement Manager / COO if:
- Performance persistently below standard
- Incident occurs
- Contractor unresponsive to improvement requests
4. Competence and Training
Contractor responsible for:
a) Training their staff on our environmental requirements
b) Providing evidence of training (certificates, attendance sheets)
ABC Manufacturing may:
a) Conduct on-site training/orientation for contractor staff (e.g., "Our waste segregation requirements")
b) Audit contractor training effectiveness (interview their staff)
MONITORING
Monthly: Data from contractor received and reviewed
Quarterly: Joint performance review meeting
Annually: On-site audit (or desktop if geographic constraint)
RECORDS
- Contractor scorecard (pre-award evaluation)
- Contract signed document
- Monthly performance reports from contractor
- Quarterly meeting minutes
- Annual audit report
Retention: Duration of contract + 3 years after termination
REVIEW
Procedure reviewed: Annually OR if new contractor types needed control
---
APPENDIX: SAMPLE LOGISTICS PARTNER SLA
Contractor: XYZ Logistics Pty Ltd
Service: Transport of ABC Manufacturing products to customers
Effective: 1 March 2026 – 29 Feb 2027
Performance Metrics:
1. Fleet Composition & GHG Emissions
- Monthly reporting: Vehicle type breakdown (diesel, petrol, LPG, hybrid, electric), fuel consumed, tonnes transported
- Calculation: CO₂ per tonne-km = (Total fuel cost-equivalence × GHG factor) ÷ (Total tonnes × km)
- Baseline (2025 actual): 0.085 kg CO₂ per tonne-km
- Target (2026): 0.075 kg CO₂ per tonne-km (-12% from baseline) [Aligns to OBJ-010]
2. Electric Vehicle Adoption
- Current fleet: 5% electric vehicles (by tonne-km)
- Target 30 June 2026: 15% electric vehicles
- Target 31 Dec 2026: 25% electric vehicles
- Quarterly reporting: EV deployment schedule; charging infrastructure expansion
3. Fuel Efficiency & Route Optimisation
- Monthly reporting: Average load factor (loaded km ÷ total km; target: ≥80%)
- Consolidated shipments: Target 90% of deliveries consolidated (avoid single-item trips)
- Route optimisation tool: XYZ to deploy GPS-enabled route planning by June 2026
4. Incident / Spillage
- Zero environmental incidents target
- Any spill ≥1 litre: Report to ABC Manufacturing within 24 hours; provide incident report within 1 week
- Repeat incidents: Corrective action plan required
Payment & Penalties:
- Base cost: $X per month
- Performance bonus: If all metrics met, 5% reduction in monthly fee
- Non-performance: If metrics not met for 2 consecutive months, 3% penalty until corrected
- Termination: ABC may terminate with 30 days notice if performance persistently (3 months) below target
Reviews:
- Quarterly: Joint performance review (ABC Procurement + EMS + XYZ Operations Manager)
- Annual: Full contract review; opportunity to adjust metrics if external factors change
---
Operational Control by Sector: Worked Examples
Manufacturing: Solvent Emissions Control
Aspect: EA-004 – VOC emissions from solvent-based coatings
| Control Type | Specific Control | How Implemented |
|---|---|---|
| Engineering | Solvent-based painting booth with extraction capture system (99% capture efficiency) | Booth design includes overhead exhaust ducting; extraction fan; particulate + activated carbon filters (filter replacement every 6 months) |
| Operational | Coating application procedure; solvent inventory management | Staff trained on technique (spray distance, speed); inventory tracked daily (prevent excess open containers); solvent waste in sealed containers; drip trays under mixing area |
| Management | Air quality monitoring; monthly filter inspection; trend reporting | Portable air monitor placed inside booth daily; reads VOC (ppm); target <50 ppm (80% of regulatory limit); monthly log; if >50 ppm, investigate filter or seal issue |
| Work Practice | Respiratory mask available (emergency use if booth fails) | Masks located near booth; staff trained on proper fit; not primary control |
Procedure: One-page laminated card at coating station: “5 Steps to Low-VOC Coating”
1. Check extraction fan is running (visual/audio)
2. Put on apron; mix only the amount you’ll use today
3. Spray inside the booth; maintain 20 cm distance; even passes
4. Place excess solvent in sealed container; put lid on immediately
5. Record volumes on daily log
Monitoring: Daily (extraction fan check), monthly (filter inspection + air quality trend)
Target: VOC inside booth <50 ppm (current performance: average 38 ppm ✓)
Logistics: Transport Emissions Control
Aspect: EA-006 – Inbound transport emissions (supplier material delivery)
| Control Type | Specific Control | How Implemented |
|---|---|---|
| Engineering | Logistics partner electrification investment; route optimisation software | Partner deploys electric vehicles; ABC incentivises via contract (lower fees if EV % increases); GPS route planning optimises for fuel efficiency |
| Operational | Order consolidation; modal choice (rail vs. truck for long-haul) | Procurement coordinates weekly combined orders (avoid multiple small shipments); long-haul >500 km routed via rail if feasible |
| Management | Monthly tracking of supplier transport CO₂; trend vs. target | Supplier reports vehicle km, tonnes, CO₂; ABC calculates CO₂ per tonne-km; quarterly review with procurement; annual improvement plan |
| Work Practice | Not applicable (no personal protective equipment relevant to transport emissions) | — |
Procedure: Procurement Order and Transport Coordination
1. Orders consolidated weekly (Monday deadline for Friday shipment)
2. Modal choice: If <100 km, truck; if 100–500 km, truck; if >500 km, evaluate rail (cost, timeline)
3. Supplier confirms transport method; ABC logs in tracking spreadsheet
4. Monthly: ABC receives supplier transport report (km, tonnes, fuel type, CO₂)
5. Quarterly: Review with supplier; discuss efficiency improvements
Monitoring: Monthly (CO₂ per tonne-km tracked), quarterly (improvement review)
Target: 12% reduction in CO₂ per tonne-km by 2027; baseline 2024
Healthcare: Medical Waste Management Control
Aspect: EA-003 – Hazardous medical waste (infectious waste, pathological waste)
| Control Type | Specific Control | How Implemented |
|---|---|---|
| Engineering | Segregation at point of generation (colour-coded sharps containers, biohazard bags) | Red sharps bins at each point of care; biohazard bags in treatment areas; locked bins in high-traffic areas to prevent tampering |
| Operational | Staff training on segregation; segregation procedure posted at each location | All clinical staff trained in induction (1 hour); annual refresher; visual posters at point of care (sharps container, biohazard bag). Only trained staff handle medical waste. |
| Management | Waste contractor inspections; segregation accuracy audits; incident tracking | Monthly: Waste contractor visits; spot-checks bins for contamination; ABC EHS conducts quarterly audits (sample bins, check for segregation accuracy); track incidents (needle stick injuries, contamination). Target: <2% contamination |
| Work Practice | Sharps handling procedures; PPE (gloves, protective eyewear if splash risk) | Staff trained to place sharps directly in container (no handling after use); never leave sharps on surfaces. If needle stick occurs, report immediately, document, and treat per protocol. |
Procedure: Medical Waste Segregation (Clinical Staff)
1. Before procedure: Locate sharps container, biohazard bag for your area. Ensure they are <3/4 full.
2. During: Place sharps (needles, scalpels, glass) DIRECTLY into red sharps container. Do not touch them again.
3. Pathological material (tissue, blood): Into biohazard bag (yellow if liquid, red if solid).
4. General medical waste (gloves, dressings if non-hazardous): General waste (black bag).
5. If container full: Alert housekeeping; do not overfill. Do not remove waste from container.
6. If spill or incident: Report to infection control + EHS immediately.
Monitoring: Monthly (contractor inspection) + Quarterly (ABC audit) + Ongoing (incident reporting)
Target: <2% contamination; zero needle-stick incidents from improper segregation
Audit Checklist: Clause 8.1
Auditors will verify:
- [ ] Operational controls are documented (procedures for each significant aspect)
- [ ] Controls address both normal and abnormal conditions
- [ ] Procedures are clear; staff can follow them (ask staff to explain their role)
- [ ] Staff are trained on procedures (training records show 100% for relevant roles)
- [ ] Controls are being followed (observation; spot-checks; incident-free track record or proper incident response if occurs)
- [ ] External providers (contractors, suppliers) are required to meet environmental standards (contracts include SLA; audits or monitoring occur)
- [ ] Monitoring data is collected (energy logs, waste tracking, emissions data)
- [ ] Procedures are reviewed and updated when needed (revision history shows updates when context changed)
Frequently Asked Questions
Q: Do we need a procedure for every operation, or just significant aspect operations?
A: Just significant aspects. Do not over-document; it creates compliance burden and staff confusion. Focus on high-risk, high-impact operations.
Q: Can a procedure be one page, or must it be detailed?
A: One page is fine if it is clear. Visual procedures (flowcharts, photos, labels) are often clearer than 5-page documents. Auditors look for clarity and effectiveness, not length.
Q: What if staff consistently ignore a procedure?
A: The procedure may be unclear, impractical, or insufficiently trained. Do not blame staff; improve the procedure. Consult with staff on barriers; simplify if needed; retrain; escalate to management if motivation is the issue.
Q: Can we outsource all EMS controls to a contractor?
A: No. You remain responsible for environmental performance of contracted work. You must set requirements, monitor, and escalate if issues arise. Contractor is responsible for day-to-day delivery.
Q: How often should procedures be reviewed?
A: Minimum annually. Review sooner if: context changes (new equipment, new process, new regulation), incident occurs (procedure failed; needs updating), performance data suggests procedure is ineffective, or staff feedback indicates the procedure is unclear.
Q: What if a procedure exists but staff don’t know about it?
A: Failure in communication/awareness (Clause 7 issue), not procedure issue. Ensure all relevant staff receive induction/training on procedures. Post procedures at point of use. Make them accessible online.
Key Takeaways
- Control only significant aspects: Do not over-document; focus on high-risk, high-impact operations.
- Use layered controls: Engineering (most effective), operational, management, and work practice controls together are stronger than any single control.
- Procedures must be clear and usable: Visual aids, one-page formats, posted at point of use. Auditors will ask staff to explain; if staff cannot, procedure failed.
- External providers are your responsibility: You must define requirements, monitor, audit, and escalate. Contracts must include environmental SLA.
- Monitor continuously; review at least annually: Data tracking (energy, waste, emissions) shows whether controls are effective. Update procedures when needed.
- Incident response is part of operational control: If procedure fails and an incident occurs, assess root cause and update procedure to prevent recurrence.
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